Frequently Asked Questions

Current nutrition science suggests that active adults benefit from approximately 1.2 to 2.0 grams of protein per kilogram of body weight daily, depending on the intensity and type of activity. For someone weighing 70 kilograms engaging in regular resistance training, this translates to roughly 84 to 140 grams daily. The timing of protein intake also matters—consuming protein within a few hours after exercise supports muscle repair. Our nutrition resources explore various protein sources, from animal-based options to plant-based alternatives, helping you find what works best for your individual needs and preferences.

Pre-exercise nutrition should focus on easily digestible carbohydrates and moderate protein consumed 1-3 hours before activity. A banana with almond butter or oatmeal with berries works well for most people. Post-exercise, aim for a combination of protein and carbohydrates within 30 to 60 minutes—this window supports muscle recovery and glycogen replenishment. Examples include Greek yogurt with granola, a chicken and rice bowl, or a protein smoothie with fruit. Individual tolerance varies greatly, so our articles discuss how to personalise your fuelling strategy based on your exercise timing, intensity, and personal digestion.

Hydration is absolutely critical and often overlooked. Even mild dehydration—losing just 2% of body weight in fluid—can impair exercise performance and recovery. A practical approach is to drink water throughout the day, not just during workouts, and monitor urine colour as a simple hydration indicator (pale yellow suggests adequate hydration). For activities lasting longer than 60 minutes, sports drinks containing electrolytes and carbohydrates help maintain performance. Age, climate, and individual sweat rate all influence individual needs. Our nutrition guides offer detailed hydration strategies tailored to different activity levels and seasons in the UK climate.

Whole foods should be your primary nutrition source, as they provide not only macro and micronutrients but also beneficial compounds like antioxidants and fibre. However, certain supplements may be worthwhile for some individuals—for instance, vitamin D supplementation is relevant for UK residents with limited sun exposure, or iron supplementation for those with documented deficiency. Creatine and beta-alanine have robust research supporting their use in specific training contexts. Before starting any supplement, consider consulting appropriate healthcare providers. Our content explores the evidence behind popular supplements, helping you make informed decisions aligned with your activity and dietary patterns.

Practical strategies include meal preparation on days when you have time, keeping portable nutritious snacks on hand (nuts, dried fruit, protein bars), and planning meals around your schedule rather than relying on last-minute choices. When travelling, research restaurant options in advance, stay hydrated despite schedule disruptions, and don't abandon activity just because routine changes. Pack shelf-stable items like oat packets, protein powder, or tinned fish for convenience. Many people find that maintaining 80% of their normal nutrition pattern during busy periods is realistic and sustainable. Our recipe section and meal planning articles provide practical solutions for maintaining nutrition support without requiring extensive cooking time.

Vitamins and minerals are essential for energy production, muscle contraction, oxygen transport, and recovery. Iron carries oxygen in blood, B vitamins support energy metabolism, magnesium regulates muscle function, and calcium maintains bone strength. For active adults, particularly those over 50, maintaining adequate levels of these micronutrients directly influences endurance, strength, and injury resilience. Deficiencies often develop gradually without obvious symptoms—fatigue or delayed recovery can indicate suboptimal mineral status. Our nutrition articles examine specific micronutrient roles and identify food sources rich in each nutrient, helping you optimise your diet through informed food choices rather than relying solely on supplements.

As we age, metabolic rate naturally decreases slightly, but active adults maintain higher metabolic demands than sedentary peers. Protein requirements may actually increase to counteract age-related muscle loss (sarcopenia), even with the same activity level. Nutrient absorption changes—vitamin B12 absorption decreases, iron needs decline in post-menopausal women, and calcium and vitamin D become more critical for bone health. Recovery from intense exercise may require slightly more attention to nutrition timing and micronutrient adequacy. The positive news: staying active preserves metabolic function and nutrient utilisation efficiency. Our content specifically addresses nutrition strategies for active adults over 50, recognising the unique requirements of this demographic while celebrating continued physical capability.

Complex carbohydrates—whole grains, legumes, vegetables, and fruits—provide steady energy release due to their fibre content and slower digestion. Examples include brown rice, oats, sweet potatoes, lentils, and barley. These sources also deliver micronutrients and support digestive health. Simple carbohydrates like white bread and refined sugars cause rapid blood sugar spikes followed by crashes, leading to energy dips during activity. For most daily nutrition, aim for complex carbohydrates, reserving simple carbs primarily for the immediate post-exercise window when rapid glucose absorption supports recovery. Individual tolerance varies—some people thrive on higher carbohydrate intake, while others perform better with moderate carbs and higher fat. Our recipes showcase practical ways to incorporate diverse carbohydrate sources into meals that fuel your active lifestyle.

Different activities have distinct nutritional demands. Endurance activities (running, cycling) benefit from higher carbohydrate intake to maintain blood glucose and glycogen stores. Strength training emphasises protein for muscle repair and adequate overall calories for adaptation. High-intensity interval training demands readily available energy (carbohydrates) combined with strong recovery nutrition. Flexibility and balance work (yoga, pilates) require consistent baseline nutrition but less dramatic fuelling strategies. Sport-specific considerations also matter—team sports often involve longer training sessions requiring different fuelling than short, intense strength sessions. Our nutrition guides explore how to tailor your eating patterns to match your specific activities, whether you're a runner, gym enthusiast, or multi-sport participant. This personalised approach maximises performance and supports your body's unique recovery needs.

Absolutely. Nutrition directly influences joint cartilage integrity, inflammation levels, and tissue healing capacity. Protein provides amino acids for collagen synthesis—essential for cartilage and connective tissue. Omega-3 fatty acids from fish, flaxseed, and walnuts reduce inflammatory markers. Vitamin C supports collagen formation, found abundantly in citrus, berries, and peppers. Calcium and vitamin D maintain bone strength, protecting joints through proper skeletal support. Antioxidants from colourful fruits and vegetables combat exercise-induced inflammation. For active people, particularly those with injury history, these nutrients become proactive tools for joint preservation. While nutrition alone doesn't prevent all injuries, optimised nutrition combines with appropriate training, recovery, and technique to build resilient joints capable of sustaining lifelong activity. Our articles explore these nutrients in practical, food-based contexts you can implement immediately.

Several indicators suggest whether your nutrition matches your activity demands. Positive signs include consistent energy during workouts, good recovery (reduced muscle soreness, improved sleep), stable body composition, strong immune function (minimal illness), and sustained focus and mood. Warning signs include persistent fatigue despite adequate sleep, delayed recovery, difficulty building strength or endurance despite training consistency, frequent minor injuries, recurrent colds or infections, and mood disruptions. Many active people gradually develop subtle nutritional deficiencies that manifest as performance plateaus. Tracking these markers over weeks helps identify patterns. For personalised assessment, registered dietitians can review your current intake against your specific activity demands. Our site provides educational content to help you self-assess your nutrition, recognising that optimisation is an ongoing process. Discover practical nutrition tips and detailed articles to refine your approach based on how your body actually responds to your training.